Part 2: Thermodynamic Processes 5. In your own words, describe the difference between adiabatic, isovolumetric and isothermal processes. Include a clever or helpful way to remember the differences for each of these processes. 6. Identify the following processes as isovolumetric, isothermal or adiabatic. a. Atire being rapidly inflated. b. A tire expanding gradually at a constant temperature. c. A steel tank of gas being heated. 7. A volume of cool air rapidly descends from the top of a mountain. Air is a poor thermal conductor, causing the temperature to increase as volume decreases. What type of thermodynamic process is this? Justify your answer. a. Adiabatic b. lsovolumetric c. lsobaric d. Isothermal